彈著環數 的英文怎麼說
中文拼音 [dànzhāohuánshǔ]
彈著環數
英文
shot value-
As the popularization and application of integrate logistics support engineering thinking at our country industry field and the military continuously, the evaluation of equipment integrate logistics support capability become the mostly means to check up the stand and fall of equipment character of supportable design, the efficiency of the equipment using supportability and the decision - making to equipment ' s continuous model development, at the same time, along with the development and maturity of computer simulation technique, the research of analysing and evaluating equipment ' s effectiveness steps into a new stage, we can get the handle and maintain data on the base of originally lasting accumulating in existence by utilizing the computer emulating technique, which is necessary to analyzing and evaluating the ground - to - ground missile ' s integrate logistics support effectiveness, via simulating the handling and maintaining process of ground - to - ground missile weapon, we can evaluate the ils effectiveness comp rehensively, impersonally, veraciously, consequently, provide decision - making gist to make the best support project
隨著綜合保障工程思想在我國工業界和軍方不斷普及和推廣應用，裝備綜合保障能力的評估成為檢驗裝備保障性設計好壞、裝備使用保障效能高低以及裝備后續型號發展決策的主要手段，同時隨著計算機模擬技術的不斷完善和成熟，裝備效能分析與評估研究進入了一個新階段，我們可以在導彈武器綜合保障效能分析與評估所需使用與維修數據原始積累的基礎上，利用計算機模擬導彈武器在真實使用環境中的使用維修過程，達到對導彈武器系統的綜合保障能力進行更全面、客觀、準確的評價目的，從而為裝備保障部門制定最優的保障方案提供更好的決策依據。Combined with scientific research practices, by means of single chip microcomputer and computer simulation, on basis of the assembler and vc programming, this paper analyses and researches emphatically the basic principle of tank fire control system simulation, the data collection ( including testing ), 3d battlefield environment and the modeling of projectile ' s external trajectory etc
結合科研實踐，運用單片機技術和計算機模擬技術，基於匯編和vc編程機制，著重對坦克火控系統系統模擬的基本原理、數據採集的實現（包括測試） 、三維戰場環境和彈丸外彈道模型的構建等方面進行分析研究。For 3d - c / sic composite, the overall tendency of modulus was diminishing with increased cycle number
3d - c sic彈性模量隨著疲勞循環次數的增加總趨勢是減小的。
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